Eden HA700 Owner's manual

Brand: Eden

Model: HA700

Category: Motion detectors

Type: Owner's manual

Eden HA700 is a handheld device that allows you to control your smart home appliances from anywhere with an internet connection. With Eden HA700, you can turn on your lights, adjust your thermostat, lock your doors, and more, all with the touch of a button.

Eden HA700 is easy to set up and use. Simply download the Eden app on your smartphone or tablet, create an account, and add your Eden HA700 device. Once your device is set up, you can start controlling your smart home appliances right away.

Here are just a few of the things you can do with Eden HA700:

Turn on your lights with your voice using Amazon Alexa or Google Assistant.

Here are just a few of the things you can do with Eden HA700:

Turn on your lights with your voice using Amazon Alexa or Google Assistant.

KIT CONTENTS

The Alarm System should contain the following

components.

1 x Control Panel

1 x Wirefree Motion Sensor

1 x Wirefree Door/Window Contact Detector

1 x Remote Controller

Also included:

4 x 1.5V LR20 size battery

1 x 2m telephone connection lead

Installation & Operating Manual

Fixing pack

Control Panel

4 x 1.5V LR20 size D-cell battery or

9V DC adapter (option)

Motion Sensor

3 x 1.5V AA size battery (option)

Door/Window

Contact Detector

3 x 1.5V AAA size battery (option)

Remote Controller

1 x 3V CR2032 Lithium

IMPORTANT

Please check all items as mentioned above are

included in the package.

SC401 Control Panel

SP831 Wirefree Motion Sensor

SM831 Wirefree Door/Window Contact Detector

SR401 Remote Controller

INTRODUCTION AND OVERVIEW

ALARM DURATION

This is the length of time that the alarm will sound for,

following an intrusion. Alarm duration can be set for

either 1 or 3 minutes via settings in the Control Panel.

(If accidentally triggered, the alarm can be stopped at

any time using the Remote Controller).

SYSTEM ARMING

The system has a full ‘Arm’ and a ‘Part-Arm’ mode.

ARM will ‘Arm’ all zones while the ‘Part-Arm’ mode will

only arm zone 1.

For example:

The system could be configured such that during night

time, ‘Part-Arm’ would arm only zone protecting the

lower floor and outbuildings leaving the upper floor free

for movement without triggering the alarm.

When the property is left un-occupied, the full ‘Arm’

mode will arm all zones to protect the entire property,

(i.e. upper and lower floors and outbuildings).

ENTRY/EXIT DELAY

When the system is armed, no alarm signal from any

detector will be able to initiate an alarm until the

Exit-Delay has expired. This enables the system to be

armed from within the property and allows time for the

user to exit the property without triggering an alarm.

The system Exit-Delay is fixed at 15 seconds. The

system won’t be armed until 15 seconds Exit-Delay is

expired. If a detector on a zone is triggered, then an

alarm condition will occur.

When the system is part-armed, Zone 1 will be armed

instantly. If a detector on Zone 1 is triggered, an alarm

condition will not occur until the Entry-Delay period has

expired. This allows time for the user to re-enter the

property and disarm the system before an alarm

condition occurs.

The system Entry-Delay can be chosen either 15

seconds or disabled. If a detector on Zone 1 is

triggered, a full alarm condition will not be initiated until

15 seconds Entry-Delay is expired.

BATTERY

The Control Panel is powered by 4 1.5V LR20 size

D-cell battery which under normal conditions will have

typical life in excess of 2 years. Alternatively a 9V

power adapter (option) can be adopted.

SYSTEM ZONING

The detector(s) may be set to operate on either Zone 1,

Zone 2 or panic. For ease of alarm verification it is

recommended that the Zones are arranged logically,

(eg. downstairs detectors on Zone 1 and upstairs

detectors on Zone 2, or Motion sensors on Zone 1 and

Door/Window Contact detectors on Zone 2). If the

detector is learned the ID code by the Control Panel on

Zone 1, then the detector is set on Zone 1. If the

detector is learned the ID code by the Control Panel on

panic zone, activation of detector at any time will

immediately initiate a full alarm condition of which

status will be indicated on the panic zone.

If the tamper switch of detectors set in zone 1 or 2 or

the panic switch of remote controller have been

triggered, activation of detector at any time will

immediately initiate a full alarm condition of which

status will be indicated on the panic zone.

TAMPER PROTECTION

All system devices (except the Remote Controllers)

incorporate Tamper protection features to protect

against unauthorized attempts to interfere with the

device. Any attempt to remove any device (except the

Remote Controller) or to remove Control Panel from the

wall will initiate an alarm condition (unless the system is

in Test or ID code learning modes), even if the system

is Disarmed.

JAMMING DETECTION

In order to detect any attempts to illegally jam the radio

channel used by your alarm system, a special jamming

detection function is incorporated into the Control Panel.

If this feature is enabled, and the radio channel is

jammed continuously for 30 seconds, when the system

is armed, a full alarm condition will occur.

If the radio channel is jammed continuously for 30

seconds, when the system is part-armed, a full alarm

condition will occur.

The Jamming Detection circuit is designed to scan for

jamming signals. However, it is possible that it may

detect other local radio interference operating legally or

illegally on the same frequency. If it is planned to

operate the jamming detection feature we recommend

that the system is monitored for false jamming alarms

for at least 2 weeks prior to leaving the Jamming

Detection function permanently enabled.

LEARNING ID CODE

In order to prevent any unauthorized attempt to operate

or disarm your system, you must configure your system

to accept radio signals only from your own system

devices. All detectors and Remote Controllers have

their unique ID code, the Control Panel must learn

their codes individually for the system to operate

correctly.

For the Motion and Door/Window Contact Detectors,

simply pressing the tamper switch located adjacent to

the PCB will emit the ID code to the Control Panel

instantly with the Control Panel being set at the ID code

learning mode. For the Remote Controller, pressing any

button on the Remote Controller will emit the ID code to

the Control Panel instantly with the Control Panel being

set at the ID code learning mode.

PLANNING AND EXTENDING YOUR

WIREFREE ALARM SYSTEM

The following example below shows a typical property

incorporating the suggested positions for the Control

Panel, Motion and Door/Window Contact Detectors for

optimum security. Use this as a guide for your

installation in conjunction with the recommendations

contained in this manual for planning your intruder

alarm system.

Before attempting to install your Alarm System it is

important to study your security requirements and plan

your installation.

The alarm system may be extended to provide even

greater protection by fitting additional Motion Sensors

and Door/Window Contact Detectors as required.

CONTROL PANEL

CHOOSING THE DETECTOR TYPE

Zone 1 provides standard intruder monitoring with

normal ARM and PART-ARM function.

Zone 2 provides ARM function.

Panic zone is used to provide 24 hour monitoring of

areas requiring continuous security protection even

while the system is disarmed. Activation of any

detector will immediately initiate a full alarm condition.

Note: Up to 10 different ID code of detectors can be

learned in Zone 1, Zone 2 and panic zone respectively.

Note: Up to 4 pcs of remote controller, 1 pc of wireless

keypad (SA401) and 1 pc each of outdoor and indoor

siren can be learned by Control Panel.

LEARNING ID CODE OF DETECTORS

Upon completion of selecting type of detector as

mentioned above, proceed with the following steps:

Press

User access code

The Control Panel will enter learning mode of which UI

indication refers to “UI_Wait”. The Control Panel has

a 30-second to learn one ID code from the

detector/remote controller/wireless keypad.

For detector, press the tamper switch on the detector

so as to emit ID code to the Control Panel.

Three LED will flash in sequence on the Control Panel,

it helps you to determine which zone the detector

should be assigned. Users have a 6-second to input

zone number. If the detector is to be assigned in Zone 1,

press keypad ; Zone 2, press keypad

;

whereas Panic zone, press keypad on the

Control Panel.

Note: It is recommended that the smoke detector and

flood detector are assigned to panic zone.

For wireless keypad, press the tamper switch on the

device so as to emit ID code to the Control Panel

automatically.

For remote controller, press any key on it so as to emit

ID code to the Control Panel automatically.

If failed refers to UI_Error indication for confirmation.

CLEARING ID CODE OF DETECTORS

Press

User access code

The Control Panel will enter clearing mode of which UI

indication refers to “UI_Wait”. Users have 15-second

to clear ID code.

Following is the instruction to clear ID code stored in

each zone.

Press for zone 1

User access code

Press for zone 2

User access code

Press for panic

User access code

Press for remote

User access code

Press for keypad

User access code

Press for all ID

User access code

LOCATING THE CONTROL PANEL

When choosing a suitable location for the Control Panel,

the following points should be considered.

1. The Control Panel should be located in a position

out of sight of potential intruders and in a safe

location, but easily accessible for system operation.

2. The Control Panel should be mounted on a sound

flat surface to ensure that the rear tamper switch on

the Control Panel is closed when the Panel is

mounted. The Control Panel should be mounted

at a convenient height of between 1.5 and 2m and

in a position where it will be seen each day.

Note: If small children are in the household, a

further consideration should be given to keeping

the units out of their reach.

3. The Control Panel should be mounted within a

protected area so that any intruder cannot reach

the Control Panel without opening a protected door

or passing through an area protected by Motion

Sensor when the system is armed.

4. The Control Panel must be located within reach of

a mains socket.

5. Do not locate the Control Panel closer than 1m to

any large metallic object, (e.g. mirrors, radiators,

etc) as this may affect the radio range of the

Control Panel.

MOUNTING THE CONTROL PANEL

1. Unscrew the screw on the bottom of L-shaped

metal mounting bracket so as to detach it from the

Control Panel.

Note: DO NOT undo the screw on the metal

mounting bracket completely.

2. Use one finger from each hand to remove the

battery cover from the rear of Control Panel.

3. Fit 4 batteries to the battery compartment and

ensure correct polarity.

4. Refit battery cover.

5. Connect the Control Panel to the telephone

connection lead by inserting small RJ11 plug into

socket. Route the cable along the cable track.

6. Affix enclosed fixing template to the position where

the Control Panel is to be mounted. Mark the

positions of 4 fixing holes on the wall. Drill four

6-7mm diameter holes and fit plastic wall plugs into

the holes.

7. Fit two screws into the top holes until almost fully

home leaving 2mm length outside. Secure

L-shaped metal mounting bracket to the wall using

two remaining screws provided. Hang the Control

Panel over two top screws using the two keyhole

slots in the top corners of the panel casing and pull

148

107

down the Control Panel to get into the L-shaped

metal mounting bracket.

8. Tighten the screw on the L-shaped metal mounting

bracket to secure the Control Panel.

UI INDICATION

1. Under programming mode

UI_XXX

Sound

UI_Success -- Green LED on for 1 second One long beep*

UI_Err -- Green LED rapid flash 3 times

Beep three times*

UI_DingDong -- Dingdong

UI_Vacant Green LED rapid flash once

every 3 seconds

UI_Wait -- Green LED slow flash One beep*

UI_Kpress Rapid flash once One beep*

UI_Arm Red LED flash once every 10

seconds

* subject to key tone being enabled.

2. Under standby mode

LED Sound Status Low Battery Zone 1

Zone 2

Panic

Initial power up One long beep Green LED on for 3

seconds

Jamming Alarm Rapid flash 3 times

every 3 seconds

*1,*5

Zone Trigger

*1,*2,*4,*5

Zone Tamper

*1,*2,*5

Zone Panic or *CP Tamper

*1,*5

Zone Low Battery

Once every 3

second *3

CP Low Battery

Three times

every 3 second

A. Panic LED I. Keyhole Slot

B. Zone 2 LED J. Tamper Switch

C. Zone 1 LED K. RJ11

D. STATUT LED L. AC Adapter Socket

E. Low battery LED M. Cable Track

F. Microphone N. L-shaped Metal Mounting Bracket

G. Keypad O. Fixing Screw

H. Buzzer (95 dB/1 meter) P. Battery Cover

*1: During alarm condition, LED flashes once every second.

*2: LED will flash according to the corresponding zone number.

*3: The low battery LED can be cleared when the system enters test mode.

*4: Under chime mode, it will reveal via UI_Dingdong.

*5: Zone trigger will be occurred only under arm mode. Tamper and panic will be triggered in any mode. Alarm memory can be

cleared after re-entering arm mode.

*CP: Means Control Panel

REMOTE CONTROLLER

A LED indicator E Panic Switch

B Arm F Key Chain Ring

C Part-Arm G Negative Polarity

D Disarm H Positive Polarity

The Remote Controller is used to Arm, Part-Arm and Disarm the system.

The Remote Controller also incorporates a Panic switch. Activating the Panic switch will immediately initiate a Full

Alarm condition whether the system is Armed or Disarmed, (unless the system is in Test mode).

The Remote Controller adopts a CR2032 type Lithium cell which under normal conditions will have typical life in

excess of 1 year. Under normal battery conditions the LED on the Remote controller will only illuminate when a

button is pressed. However, under low battery conditions this LED will flash every time the button is pressed.

When this occurs the batteries should be replaced as soon as possible.

SETTING THE REMOTE CONTROLLER

1. Remove the rear cover with a coin.

2. Insert the battery ensuring that the +v terminal faces upwards away from the PCB.

3. Replace the rear cover.

TESTING THE SYSTEM

With the Control Panel in Disarm Mode

Press

User access code

to enter test mode.

1. Trigger each detector on the system by either

walking into a Motion Sensor protected area or

by opening a door/window protected by a

Door/Window Contact detector. As each

detector is triggered the Control Panel will ding

dong to indicate that an alarm signal has been

received.

2. Operate detector tamper switches by opening

the case of the device. As the switches are

operated the Control Panel will ding dong.

3. Activate each button on the Remote Controller in

turn. As each button is pressed the Control

Panel will ding dong.

4. Press 3 seconds on the Control Panel, if

the wireless siren emits one long beep, the

wireless siren enters ‘system off’ mode, which

offers the flexibility of removing or changing

siren’s battery without triggering a full alarm

condition.

Press 3 seconds on the Control Panel, if

the wireless siren emits one long and two short

beeps, the wireless siren enters ‘system on’

mode. A full alarm condition will occur.

To get back to the normal mode, press on the

Control Panel to exit test mode.

MOTION SENSORS

Motion Sensors are designed to detect movement in a

protected area by detecting changes in infra-red

radiation levels caused when a person moves within or

across the devices field of vision. If movement is

detected an alarm signal will be emitted.

Note: Motion Sensors will also detect animals, so

ensure that pets are not permitted access to areas

fitted with Motion Sensors when the system is armed.

The Motion Sensor adopts 3 AA size 1.5V battery

which under normal conditions will have typical life in

excess of 1 year. When the battery level drops, with

the Motion Sensor in normal mode and the rear cover

fitted, the LED behind the detection window will flash

upon detecting movement. When this occurs the

batteries should be replaced as soon as possible.

Note: The adoption of alkaline battery is highly

recommended.

CHOOSING A MOUNTING LOCATION

The Motion Sensor is suitable for mounting in dry

interior locations only.

The recommended position for a Motion Sensor is in

the corner of a room mounted at a height between 1.8

and 2m. At this height, the sensor will have a

maximum range of up to 10m with a field of view of 110

°, subject to the position for the PCB being set in 1. The

position of the PCB inside the Motion Sensor can be

set to 5 different positions to adjust the range of the

detector. Setting the PCB in position 3 will reduce the

range to 7m approximately, with position 5 providing a

range of 5m approximately. The recommended

position setting for the PCB is in position 1.

110°

10M

PCB Position Range

1 10m

3 7m

5 5m

When considering and deciding upon the mounting

position for the sensor the following points should be

considered to ensure trouble free operation:

1. Do not locate the sensor facing a window or where

it is exposed to or facing direct sunlight. Motion

Sensors are not suitable for use in conservatories.

2. Do not locate the sensor where it is exposed to

ventilators.

3. Do not locate the sensor directly above a heat

source, (e.g. fire, radiator, boiler, etc).

4. Where possible, mount the sensor in the corner of

the room so that the logical path of an intruder

would cut across the fan detection pattern.

Motion Sensors respond more effectively to

movement across the device than to movement

directly towards it.

Less Sensitive More Sensitive

5. Do not locate the sensor in a position where it is

subject to excessive vibration

6. Ensure that the position selected for the motion

sensor is within effective range of the Control

Panel.

Note: When the system is armed, household pets

should not be allowed into an area protected by a

motion sensor as their movement would trigger the

motion sensor and generate an alarm.

INSTALLING THE MOTION SENSORS

Ensure that the system is in Test Mode.

1. Undo and remove the fixing screw from the bottom

edge of the Motion Sensor. Carefully pull the

bottom edge of the sensor away from the rear

cover and then slide down to release the top clips.

2. Carefully drill out the required mounting holes in

the rear cover using 3mm drill according to whether

the unit is being mounted in a corner or against a

flat wall.

Note: Using 1

mounting hole to fulfill corner

mounting installation, while 2

mounting hole for

flat wall installation.

1st Mounting Hole Positions

2nd Mounting Hole Positions

3. Using the rear cover as a template, mark the

positions of the fixing holes on the wall.

4. Fix the rear cover to the wall using the two 18mm

screws and 23mm wall plugs. Do not over-tighten

the fixing screws as this may distort or damage the

cover.

5. Configure the Motion Sensor as described below.

Remember that on initial installation that the device

needs to be tested and should therefore be set in

Walk Test Mode.

6. Check that the sensor PCB is located and set in

the correct position to provide the required

detection range. To adjust the PCB position,

simply slide it up or down ensuring that the location

legs are aligned with the required position number

marked on the board.

7. To refit the Motion Sensor to the rear cover and

locate the clips in the top edge into the rear cover.

Push the lower edge of the sensor into place and

refit the fixing screw in the bottom edge of the

Sensor to secure in position. Do not over-tighten

the fixing screws as this may damage the casing.

SETTING THE MOTION SENSORS

Located on the PCB of the Motion Sensor is a

two-position DIP switch (SW2). When conducting the

Walk Test, ensure that the DIP switch SW2 is set as

follows:

SW2 DIP1 DIP2

ON 

OFF 

1. DIP1 of SW2 is used to configure the Motion

Sensor for walk test mode, which allows the

operation of the sensor to be checked during

installation without triggering a Full Alarm.

ON Walk Test mode

OFF Normal mode

Note: Remove batteries before setting the SW2.

Refit batteries after setting the SW2.

Note: On initial installation the sensor should be

set into Walk Test mode ready for testing. Upon

completion of Walk Test mode, set DIP1 of SW2 to

OFF for normal detection mode.

2. The Motion Sensor incorporates an anti-false

alarm feature designed to compensate for

situations where the sensor may be affected by

environmental changes, (e.g. insects, air

temperature, etc). This feature is called

“sensitivity detection” and may be selected for high

or low detection.

The recommended setting is for high sensitivity

detection. However, in cases of extreme

environmental problems or if unattributable false

alarms are experienced, it may be necessary to

select low sensitivity detection.

Set the required sensitivity detection using DIP2 of

SW2 as follows:

ON high sensitivity detection

OFF low sensitivity detection

Note: The higher the sensitivity detection the less

movement will be necessary before the Motion

sensor will trigger the alarm.

3. The setting of the DIP1 & DIP2 of SW2 can be

distinguished from the LED indication as follows:

On/Off

Selection

DIP1 of

SW2

DIP2 of

SW2

Trigger reaction of LED

High

Sensitivity

LED will be on once.

It implies high

sensitivity.

ON Walk Test

mode

Low

Sensitivity

LED will flash twice. It

implies low sensitivity.

Dip Switch(SW2)

Tamper Switch

OFF Normal

mode

High/Low

Sensitivity

LED does not light up.

In summary, the setting of DIP1 & DIP2 of SW2 is

concluded as below:

SW2 DIP1 DIP2

ON Walk Test Mode High sensitivity

OFF Normal Mode Low sensitivity

4. Connect the AA 1.5V battery to the battery

compartment.

Note: When the battery is connected, the LED

behind the lens will flash for 2-3 minutes as

warming-up duration until the Sensor has stabilized

when the LED will then stop flashing and turn OFF.

5. In normal mode, remove the rear cover of the

Motion sensor. The Sensor’s LED will illuminate

and the Control Panel should alarm. It is because

the tamper switch fitted on the Detector has been

activated.

6. When the Sensor is fully installed i.e. rear cover is

refitted; the Sensor will not detect movement for

approximately 2 minutes after each activation.

(This feature is present to conserve battery power

and maximize the battery life).

7. In order to communicate with the Control Panel,

the ID code of the Sensor needs to be learned by

the Control Panel. By pressing the tamper switch

located adjacent to the PCB on the Sensor will

emit the ID code to the Control Panel instantly,

subject to the Control Panel being set at the ID

code learning mode.

TESTING THE MOTION SENSORS

Ensure the system is in test mode.

With the Motion sensor set in Walk Test mode and

mounted in position on the wall, allow 2-3 minutes for

the sensor to stabilize before commencing the Walk

Test.

1. Walk into and move slowly around the protected

area, each time the sensor senses movement the

LED behind the lens will flash. In addition, the

Control Panel will ding dong.

If necessary adjust the detection range by

changing the mounting position of the PCB within

the sensor housing.

Note: In normal operation, the LED behind the

Sensor lens will not flash on movement detection,

(unless the battery is low).

2. Remove the rear cover of the Motion Sensor. (this

is to test the operation of tamper switch) The

Control Panel should ding dong.

3. Press on the Control Panel to exit test

mode.

4. Reconfigure the Motion Sensor for normal mode

by setting DIP1 of SW2 to OFF and refit in

position.

DOOR/WINDOW CONTACT

DETECTOR(S)

The Door/Window contact consists of two parts; a

Detector and a Magnet. They are designed to be

fitted to doors or windows with the Magnet mounted on

the opening part and the Detector mounted on the fixed

frame. Opening the protected door/window will remove

the magnetic field, trigger the Detector and generate an

alarm condition, (if the system is armed).

The Detector is powered by 3 1.5V AAA size batteries

which under normal conditions will have typical life in

excess of 1 year. Under normal battery conditions

with rear cover fitted the LED on the Detector will not

illuminate when the Detector is triggered, (unless in

test mode). However, under low battery conditions this

LED will be illuminated when the detector is triggered.

When this occurs the battery should be replaced as

soon as possible.

Note: The adoption of alkaline battery is highly

recommended.

The Door/Window Contact Detector is of self-contained

wired Magnetic Contact (option). This contact must

be of a normally closed contact type with the contacts

being opened in order to generate an alarm condition.

CHOOSING A MOUNTING LOCATION

The Door/Window Contact Detector is suitable for

mounting in dry interior locations only.

Decide which doors/windows are to be protected by

Door/Window Contact Detectors, (usually the front and

back doors as a minimum will have Door/Window

Contact Detectors fitted). Additional detectors may

also be fitted where required to other vulnerable doors

or windows, (e.g. garage, patio/conservatory doors

etc).

Note: Take care when fixing the Detector to a metal

frame, or mounting within 1m of metalwork (i.e.

radiators, water pipes, etc) as this could affect the radio

range of the device. If required, it may be necessary

to space the magnet and detector away from the metal

surface using a plastic or wooden spacer to achieve

the necessary radio range.

INSTALLING THE DOOR/WINDOW

CONTACT DETECTORS

Ensure that the system is in Test Mode.

1. Undo and remove the fixing screw from the bottom

edge of the Detector. Remove the rear cover.

2. Fit 3 1.5V AAA batteries supplied to the battery

compartment.

3. With the tamper switch not being pressed on the

Detector, detach or close the magnet from the

Detector, the LED on the Detector will illuminate.

4. Using the rear cover as a template, mark the

positions of fixing holes on the fixed part of the

frame along the opening edge opposite the hinges

using screws provided.

5. Refit the Detector to the rear cover and secure with

the fixing screw supplied. Do not over tighten the

fixing screws as this may distort or damage the

casing.

6. Fit the Magnet to the moving part of the

door/window opposite the Detector using the

adhesive tape or 19mm fixing screws.

Ensure that the parallel gap between the Magnet

and Detector is less than 10mm and that the

matching line on the Magnet is pointing towards

and aligned with the line on the Detector.

7. If several windows need to be protected, remove

the self-contained wired supplied and adopt the

wire according to the specifications as mentioned

below. This should be wired to the terminal block

provided in the battery compartment in series

connection. The wired contact should be

connected using two core (24AWG) wire of

maximum length 1.5m.

A cable entry cut-out is available and adjacent to

the terminal block.

SETTING THE DOOR/WINDOW CONTACT

DETECTORS

1. Located on the PCB of the Detector is a

two-position DIP switch (SW2).

2. DIP switches 1-2 are used to enable/disable the

internal or external wired magnetic contact.

Dip Switch(SW2)

Tamper Switch

Internal connection External wired connection

DIP 1: ON

DIP 2: OFF

Only the internal contact will be

active.

DIP 1: OFF

DIP 2: ON

Only the external contacts will be

active.

DIP 1: ON

DIP 2: ON

Both contacts will be active. (Both

contacts must be all close, the

Detector will then be treated as close;

if one of the contacts is open, the

Detector will be treated as open.)

DIP 1: OFF

DIP 2: OFF

Only the internal contact will be

active.

Note: Remove batteries before setting the SW2. Refit

batteries after setting the SW2.

3. In order to communicate with the Control Panel,

the ID code of the Detector needs to be learned by

the Control Panel. By pressing the tamper switch

located at the rear cover of the Detector will emit

the ID code to the Control Panel instantly, subject

to the Control Panel being set at the ID code

learning mode.

TESTING THE DOOR/WINDOW CONTACT

DETECTORS

Ensure the system is in test mode.

1. Detach or close the magnet from the Detector, the

Control Panel will ding dong to indicate that the

alarm signal has been received.

2. Press to exit test mode.

FACTORY DEFAULTS

Disarm Mode Disarm

User Access Code 1 2 3 4

Key Tone On (enable)

Activation Type 1 Siren/Dialer enable

Alarm Duration 1 minute

Jamming Detection Off (disable)

Entry Delay 15 sec

for arm/part-arm

Off (disable)

SETTING

Q. Dip Switch

R. Jumper Link

JUMPER LINK

Setting Jumper link into the ON position will reset all of

the settings to factory default, such as all of ID codes,

phone number and alarm message.

DEFAULT

RESET

TOP VIEW

DIP SWITCH

There is a row of 8 DIP switches. These switches set

the House Code for the Control Panel and must be set

to the same ON/OFF combination as the House Code

DIP switches in the wireless siren.

2 3

4 5

E C E

PROGRAMMING INSTRUCTIONS

ARM MODE

Press

User access code

Upon receipt of trigger signal, the Control Panel will

generate alarm condition right away.

Using remote controller, wireless keypad or press

keypad on the

User access code

Control Panel can disarm the alarm condition.

PART-ARM MODE

Press

User access code

Upon receipt of trigger signal from Zone 1, the Control

Panel will initiate full alarm condition.

Using remote controller, wireless keypad or press

keypad on the

User access code

Control Panel can disarm the alarm condition.

CHIME MODE

Press

User access code

Upon receipt of trigger signal from the detectors, the

Control Panel will ding dong twice.

DISARM MODE

Default setting: DISARM

Press

User access code

When full alarm condition occurs, disarm the alarm

using remote controller, wireless keypad or the keypad

on the Control Panel as mentioned above.

RECORDING ALARM MESSAGE

Press

User access code

Start recording message after beep is heard. Press any

keypad to stop recording. The maximum allowable

length of recording an alarm message is 6 seconds.

USER ACCESS CODE

Default setting: 1 2 3 4

Press

Default access code

Press

User access code

Press a new 4-digit user access code and then

within 15 seconds. This 15-second allows users to

enter a new access code. If a sequence of incorrect

access code is entered 3 times, the Control Panel will

exit this mode.

Press to exit

Any 4-digit

user access code mode.

PHONE NUMBER

Press

User access code

The maximum allowable length of inputting a set of

phone number is 30 seconds. Press

right after

the completion of each set of telephone number as

confirmation. During input, any incorrect digit number

can be erased by pressing each time. Up to 4

set of phone numbers can be memorized.

KEY TONE

This feature, if enabled, allows the Control Panel to be

emitted a tone each time the keypad is pressed.

Default setting: key tone enable

Press to disable

User access code

key tone.

Press again to

User access code

enable key tone.

CLEARING PHONE NUMBER

Press

User access code

The maximum allowable length of clearing all preset

phone numbers is 15 seconds. Once finished, refers

to “UI_Success” for confirmation.

LEARNING ID CODE / ZONE ASSIGNMENT

Press

User access code

The Control Panel will enter learning mode of which UI

indication refers to “UI_Wait”. The Control Panel has

a 30-second to learn one ID code from the

detector/remote controller/wireless keypad.

For detector, press the tamper switch on the detector

so as to emit ID code to the Control Panel.

Three LED will flash in sequence on the Control Panel,

it helps you to determine which zone the detector

should be assigned. Users have a 6-second to input

zone number. If the detector is to be assigned in Zone 1,

press keypad ; Zone 2, press keypad

;

whereas Panic zone, press keypad on the

Control Panel.

Note: It is recommended that the smoke detector and

flood detector are assigned to panic zone.

For wireless keypad, press the tamper switch on the

device so as to emit ID code to the Control Panel

automatically.

For remote controller, press any key on it so as to emit

ID code to the Control Panel automatically.

If failed refers to UI_Error indication for confirmation.

CLEARING ID CODE

Press

User access code

The Control Panel will enter clearing mode of which UI

indication refers to “UI_Wait”. Users have 15-second

to clear ID code.

Following is the instruction to clear ID code stored in

each zone.

Press for zone 1

User access code

Press for zone 2

User access code

Press for panic

User access code

Press for remote

User access code

Press for keypad

User access code

Press for all ID

User access code

ACTIVATION TYPE 1

This feature allows the siren and dialer take action

simultaneously when the Control Panel is triggered

configured for arm or part-arm mode.

Default setting: siren/dialer enable

Press

User access code

ACTIVATION TYPE 2

This feature allows the dialer dial up the preset phone

number in sequence when the Control Panel is

triggered configured for arm or part-arm mode.

Default setting: dialer enable

Press

User access code

Note: If Control Panel does not memorize any phone

number, no action will be taken when Control Panel is

triggered.

TEST MODE

Press

User access code

The maximum allowable length of testing the system is

10 minutes. If 10 minutes expires, UI indication refers

to “UI_Error” and exits test mode straight away. If test

is finished before 10 minutes is out, press to

exit this mode of which UI indication refers to

“UI_Success”.

While test is underway and the Control Panel receives

RF signal from the detector, the Control Panel will ding

dong.

During test mode, press keypad more than 3

seconds, the Control Panel will emit system on/system

off command to the wireless siren.

During test mode, press

keypad more than 3

seconds, the Control Panel will only dial up the first

preset phone number.

ALARM DURATION

This is the maximum length of time that the Control

Panel will sound for, following an intrusion. Alarm

duration can be set for either 1 or 3 minutes.

Press

User access code

The maximum allowable length of inputting the alarm

duration is 15 seconds.

Press for 1 minute

Press for 3 minute

If 15 seconds expires or a sequence of incorrect input

is entered 3 times, the Control Panel will exit this mode

of which UI indication refers to “UI_Error”.

JAMMING DETECTION

This feature controls the Control Panels RF jamming

detection circuitry, which if enabled, will continuously

scan for radio jamming signals on the system operating

frequency.

Default setting: off

Press

User access code

The maximum allowable length of selecting jamming

detection on or off is 15 seconds.

Press for on

Press for off

If 15 seconds expires or a sequence of incorrect input

is entered 3 times, the Control Panel will exit this mode

of which UI indication refers to “UI_Error”.

ENTRY DELAY

Default setting: off

Press

User access code

The entry delay is set for 15 seconds configured for

arm and part-arm mode.

The maximum allowable length of selecting entry delay

for on or off is 15 seconds.

Press for on

Press for off

If 15 seconds expires or a sequence of incorrect input

is entered 3 times, the Control Panel will exit this mode

of which UI indication refers to “UI_Error”.

Note: If entry delay is set for on, users have 15-second

to disarm the alarm before alarm goes off configured for

arm or part-arm mode. If alarm is not disarmed before

15-second is out, a full alarm condition will occur.

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Eden HA700 Owner's manual

Brand: Eden

Model: HA700

Category: Motion detectors

Type: Owner's manual

Here are just a few of the things you can do with Eden HA700:

Turn on your lights with your voice using Amazon Alexa or Google Assistant.

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Eden HA700 Owner's manual

Eden HA700 Owner's manual

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